Organic 2D materials display valuable properties that are unique from their bulk counterparts, but creating covalent sheets with long-ranging order remains a formidable challenge. Now, reacting complementary monomers right below a surfactant monolayer on water proves to be a powerful method to create organic 2D materials with long-range order. Organic 2D materials display valuable properties that are unique from their bulk counterparts, but creating covalent sheets with long-ranging order remains a formidable challenge. Now, reacting complementary monomers right below a surfactant monolayer on water proves to be a powerful method to create organic 2D materials with long-range order.

中文翻译：

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二维掌握高分子化学

有机 2D 材料显示出与大块同类材料不同的有价值的特性，但创造具有长程有序的共价板仍然是一项艰巨的挑战。现在，事实证明，在水上表面活性剂单层下方的互补单体反应是创建具有长程有序的有机二维材料的有效方法。有机 2D 材料显示出与大块同类材料不同的有价值的特性，但创造具有长程有序的共价板仍然是一项艰巨的挑战。现在，事实证明，在水上表面活性剂单层下方的互补单体反应是创建具有长程有序的有机二维材料的有效方法。